# Copter | Maximizing Torque Efficiency for Multiple Generators

• kitarey
In summary, the conversation discusses the torque required for four generators rotating off a single chain. It is determined that the total torque demand is the sum of the individual torques.
kitarey
I am not looking for a detailed answer to this question just a general.

Say that you have 4 generators placed one above the other, and they are spaced 4 ft apart (not significant). You have a vertical roller chain (think of a bicycle chain) that all 4 geared shafts are "attached to", all rotating off the single chain. Say that each generator shaft requires 10 ft lbs of torque to rotate. If you pulled on the chain, with the chain rotating all four generator shafts, approx what ft lb force is needed on the chain? It is not 10 x 4, but I am sure that it is not 10 either. It is 10 ft lb plus a factor of something for each additional shaft right?

Kit

No, the total torque demand is the sum of the individuals. In your example, the torque applied to the chain to drive all four generators would be 40ft-lbs plus a bit for frictional losses in the drive system.

, this is an interesting question that highlights the importance of torque efficiency in a multi-generator system. In this scenario, the total force required on the chain will indeed be more than 10 ft lbs due to the added factor for each additional generator shaft. The exact calculation would depend on the specifics of the system, such as the gear ratios and the efficiency of the chain. However, in order to maximize torque efficiency, it would be important to consider factors such as the weight and placement of the generators, as well as the strength and durability of the chain. Additionally, carefully designing the gear ratios and minimizing friction in the system can also contribute to maximizing torque efficiency. Overall, this is a complex problem that requires careful consideration and optimization in order to achieve the most efficient use of torque in a multi-generator system.

## What is series torque?

Series torque is a type of torque that occurs in a series of parts or components connected together. It is the sum of individual torques acting on each part.

## How is series torque calculated?

The formula for calculating series torque is T = r x F, where T is the torque, r is the distance from the axis of rotation to the point where force is applied, and F is the force applied.

## What are some real-life examples of series torque?

One example of series torque is a car's engine, where the torque from each piston is combined to turn the crankshaft. Another example is a bicycle, where the pedals and gears work together to generate torque to turn the wheels.

## How does series torque differ from parallel torque?

Series torque and parallel torque are two types of torque that occur in different arrangements of parts. While series torque is the sum of individual torques, parallel torque is the difference between two opposing torques acting on the same object.

## Why is understanding series torque important?

Understanding series torque is important in many fields, including engineering, physics, and mechanics. It allows us to accurately predict the movement and behavior of objects connected in series, and is crucial in designing and analyzing machines and systems.

• General Engineering
Replies
18
Views
2K
• General Engineering
Replies
7
Views
12K
• Mechanical Engineering
Replies
5
Views
3K
• Mechanical Engineering
Replies
2
Views
906
• Mechanical Engineering
Replies
19
Views
2K
• General Engineering
Replies
2
Views
4K
• General Engineering
Replies
5
Views
7K
• Mechanics
Replies
16
Views
2K
• Engineering and Comp Sci Homework Help
Replies
13
Views
5K
• General Engineering
Replies
2
Views
1K